Modification of the Properties of InSe⟨b-Cd⟨FeSO4⟩⟩ Clathrate/Cavitate Complexes with Hierarchical Architecture at Their Synthesis in Crossed Electric and Light-Wave Fields
Keywords:InSe, intercalation, clathrate, cavitand, cavitate, hierarchical structures, impedance spectroscopy, magnetoresistive effect
A new technological approach is proposed for the synthesis of multilayered nanostructures, which provides them unique properties and extraordinary prospects of practical applications. In particular, the synthesis of the InSe⟨b-CD⟨FeSO4⟩⟩ nanostructure with hierarchical architecture in crossed electric and light-wave fields is shown to result in the abnormally strong positive magnetoresistance effect with giant magnetoresistance oscillations in a low-frequency interval of 10−3–10 Hz. The efficiency of applying the synthesized nanohybrid as an active element in gyrator-free delay nanolines controlled by the magnetic field and in magnetic-field sensors that are supersensitive at room temperatures is substantiated.
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